Determination of parameters of boundary algorithm for working cycle control of flat plunge grinding

Mathematical models have been analytically obtained to define the boundary algorithm parameters of duty cycle control of the flat plunge grinding. A large number of research works on various issues of the grinding process management are characterized by the absence of a single system approach to the problem, discord and the incompatibility of results. The real impact of these research works on the efficiency on the grinding process in a production environment is clearly not enough. The pilot and theoretical knowledge has not been streamlined yet. It has not been summarized by means of a pragmatic engineering theory that could make it possible to choose the reasonable control algorithm of the process and its parameters in each specific context. This especially refers to the flat plunge grinding process. The outstanding aspects of the flat plunge grinding process problem are the following: 1) the systematization and partial development of mathematical models of performance limitations; 2) the development of an analytical method of evaluating the boundary algorithm parameters of duty cycle control. For greater versatility studies were carried out in the dimensionless variables.